Display method of galloping prediction result, processor, display system and storage medium

Abstract

The invention relates to the field of power grids, and discloses a galloping prediction result display method, a processor, a display system and a storage medium, and the galloping prediction result display method comprises the steps: obtaining a non-microtopography galloping prediction result of a non-microtopography and a microtopography galloping prediction result of a microtopography of a to-be-displayed region, the microtopography is the topography which does not reach the preset scale; the non-microtopography galloping prediction result is displayed; obtaining a microtopography switching instruction; and embedding the micro-topography galloping prediction result into a display interface of a non-micro-topography galloping prediction result for display. By adopting the scheme of the invention, the rapid visualization of the galloping prediction of the micro-topographic region can be realized.

Description

technical field [0001] The present invention relates to the field of power grids, in particular to a display method, processor, display system and storage medium for galloping prediction results. Background technique [0002] Ice-covered transmission lines are prone to galloping under strong wind conditions, and galloping can easily cause line tripping, damage to hardware, and even broken towers. In the past, it was mostly believed that galloping occurred in open plains, but in recent years, in micro-topographic areas such as passes and canyons, the wind speed has increased due to the influence of terrain, and there has been galloping on the line, and there is a risk of continuous tripping on the line. Micro-topography refers to small-scale terrain (for example, within a few hundred meters) that is quite different from large-scale terrain (for example, a few kilometers in scale). Only tens of meters, it has the characteristics of small occurrence scale, large amplitude of g...

AI Technical Summary

Problems solved by technology

[0002] Ice-covered transmission lines are prone to galloping under strong wind conditions, which can easily cause tripping of the line, damage to hardware, or even breakage of towers

In the past, it was mostly believed that galloping occurred in open plains, but in recent years, in micro-topographic areas such as passes and canyons, the wind speed has increased due to the influence of terrain, and there has been galloping on the line, and there is a risk of continuous tripping on the line

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